Journal Publications

2018-2019
S.No Name of the Faculty Title of the Publication Name of the Publisher National/International Published on
 1.

Mr.A.Kalimuthu

Low Power Network-on-Chip Virtual Channel Router Architecture Scientific Research and Review International  2018
2017-2018
S.No Name of the Faculty Title of the Publication Name of the Publisher National/International Published on
 1. Mr.A.Kalimuthu Performance Analysis of Clustering-Based Topology Generation and disable nodes for NoC Computer Sciences and Engineering International   2018
 2. Mrs.A.Parameswari Novel approach based smart grid involved in energy consumption using signal transmission IJSRD International  2017
3. Mr.A.Kalimuthu Novel Approach Based Smart Grid Involved in Energy Consumption Using Signal Transmission IJSRD International  2017
4. Mr.A.Kalimuthu Improve the performance and low power of NoC based Router architecture with error detection and Correction using DMC Imaging Science and Engineering International 2017
2016-2017
S.No Name of the Faculty Title of the Publication Name of the Publisher National/International Published on
 1. Mr.A.Kalimuthu NOC Based Router Architecture Design Through Decoupled Resource Sharing Using CABHR Algorithm Reconfigurable and Embedded Systems International   2017
 2. Mr.A.Kalimuthu Efficient Design of Error Recovery and Improve the Performance Using Mesh of Ring Topology Based NoC IJAERS International  2017
3. Mr.A.Kalimuthu Analysis and Testing of Power And Area Efficient Five Port Router For Noc AENSI Publication International  2016
4.

Mrs.A.Parameswari

Energy Saving From Sunlight with Microcontroller Using Proteus Software Design IJTRD International 2016
 5. Mr.J.S.Dolian Scheduling of successive Interface Cancellation(SIC) Based Wireless  Ad-Hoc Networks Using NAKAGAMI FADING Channel IJRECE International   2016
 6. Mrs.V.Kavithamani Energy Saving From Sunlight with Microcontroller Using Proteus Software Design IJTRD International  2016
7. Miss.L.Jessy Scheduling of successive Interface Cancellation(SIC) Based Wireless  Ad-Hoc Networks Using NAKAGAMI FADING Channel IJRECE International  2016
8. Mrs.D.Vedha Vinodha Energy Saving From Sunlight with Microcontroller Using Proteus Software Design IJTRD International 2016
9. Mrs.K.Nithya Comparative analysis of plasma antenna with metal antenna IJCA International 2016
10. Mrs.T.Priyadharsini Energy Saving From Sunlight with Microcontroller Using Proteus Software Design IJSR International 2016
2015-2016
S.No Name of the Faculty Title of the Publication Name of the Publisher National/International Published on
 1. Miss.R.Preethi Review paper on image segmentation techniques processing IJARSCSSE International   2016
 2. Miss.T.Priyadharsini Dispersion in optical fiber communication IJSR International  2016
3. Mrs.Jasmine.J.C.sheeja A survey paper on De-noising and enhancement of LASER image using wavelet transform IJIRCCE International  2016
4. Miss.I.K.Mohitha Design and analysis of BEC and GDI Technique using carry select adder IJSR International 2016
 5. Miss.L.Jessy Design and Analysis of algorithm based error detect corrections of parallel FFT IJSET International   2016
 6. Mr.V.Lakshmipathi Efficient multiplier Design for DWT through Lifting Scheme IJRASET International  2016

Consultancy

 

S.No. Name of the Faculty Client Details Nature of works
1. Mr.K.Ajish PANTECH Solutions,Coimbatore Optical Communication in Industrial Needs
2. Mr.P.Jayavelu JRM Technologies,Coimbatore Implementation of PIC based LED displays
3. Mr.J. Arulaugustine CALIBER EMBEDDED TECH PVT LTD Image Processing for finding unwanted metal in Foundry Bay

List of MoU

S.No. Name of the Company
1. Bharat Sanchar Nigam Limited (BSNL),Coimbatore bsnl
2. Analog And Digital Labs,Coimbatore analog
3. Pantech Solution,Coimbatore pantech
4. Caliber Embedded Technologies,Coimbatore caliber
5. Megatronics,Coimbatore megatronics
6. KRIS Technologies,Coimbatore kris
7. Talent Tricks,Coimbatore talent
8. VEE Explore Ltd,Coimbatore vee
9. Hi-Tech Electronics,Trichy hitech

 

 

IoT based Weather Monitoring System using Raspberry pi 3

 Abstract:

               Internet of Things (IoT) has provided a promising opportunity to build powerful industrial systems and applications by leveraging the growing ubiquity of RFID, wireless, mobile and sensor devices. A wide range of industrial IoT applications have been developed and deployed in recent years. In an effort to understand the development of IoT in industries, this project reviews the current research of IoT, key enabling technologies, major IoT applications in industries and identifies research trends and challenges. A main contribution of this review project is that it summarizes the current state-of-the-art of IoT in industries systematically. The advancement of Automation technology, life is getting simpler and easier in all aspects. In today’s world Automatic systems are being preferred over manual system. With the rapid increase in the number of users of internet over the past decade has made Internet a part and parcel of life, and IoT is the latest and emerging internet technology.Internet of things is a growing network of everyday object-from industrial machine to consumer goods that can share information and complete tasks while you are busy with other activities. This project proposes that the industrial monitoring by using DHT 11 Sensor to to read Temperature and Humanity values and monitoring usingThingspeak system via Raspberry pi.        

   ThingSpeak is an application platform for the Internet of Things. ThingSpeak allows you to build an application around data collected by sensors. At the heart of ThingSpeak is a ThingSpeak Channel. A channel is where you send your data to be stored. Each channel includes 8 fields for any type of data, 3 location fields, and 1 status field.

Once you have a ThingSpeak Channel you can publish data to the channel, have ThingSpeak process the data, and then have your application retrieve the data.

Existing System:

  • Manually Monitoring the Industrial application
  • By using the GSM technology, it will take more time to get the exact situation
  • CCTV camera monitoring is possible but can’t able to sense the gas, temperature, and position of the valves.

Proposed System:

  • The Internet of Things is regarded as the third wave of information technology after Internet and mobile communication network, which is characterized by more thorough sense and measure, more comprehensive interoperability and intelligence.
  • IOT Consumes the time and monitoring the exact situation.

Hardware:

  • Raspberry pi
  • DH11 sensor

Software:

  • OS:Raspbian OS
  • Python Language

Advantages:  

  • Decreased field damaging conditions
  • Improved safety and security
  • High quality receiving data
  • Less power consumption
  • High speed data rate

Applications:

  • Industry  Monitoring
  • Home Automation
  • Medical Industry

Future work:

  • Add Gas sensor and fire sensor
  • Developing Android Application

 

Mini Project Expo 2018 organized by Department of Electronics and Communication Engineering

One day mini project EXPO was conducted by ECE Department on 25th September 2018. It was inaugurated by principal Dr.G.Ramesh in the forenoon of 25th  September 2018  by 10:00 a.m. at DSP LAB.

HoD of ECE Dr.V.J.Arulkarthick welcomes the gathering followed by the presidential address of principal Dr.G.Ramesh. The function was followed by project display by third and final year ECE students.Arduino Microcontroller were used for mini projects development. The project includes application in agriculture, medical, security, power saving etc.. All other department students visited the project Expo.

The function was conclude with the valedictory function. Principal distributed certificates for all the participants.

List of Projects

  1. Design of Automatic fire alarm system
  2. Design of Bluetooth Controlled Servo Motor
  3. Implementation of Automatic AC Temperature Controller
  4. Design of Motion Detector For Home Security
  5. Automatic Smoke Alarm System
  6. Automatic Plant Irrigation System
  7. Design of Home Automation System
  8. Design of Smart Phone Controlled Home Automation
  9. Design of Automation System For Street Light
  10. Design of Automatic Room Temperature Controller
  11. Implementation of Automatic Door Open System
  12. Design of Automatic Water Level Controller
  13. Implementation of Automatic Street Light Controller
  14. Intelligent Car Parking System
  15. IOT Based Smart Weather Monitoring Using Raspberry Pi